Multiapplication Imaging Systems

Utilizing a state-of-the-art, wide-aperture f0.8 lens, the camera in next-generation G:BOX Chemi XX6/XX9 systems from Syngene can capture more light, which means scientists can use shorter excitation times when imaging IR and R,G,B fluorescence blots and gels, thus reducing photobleaching and generating more accurate results. The high-performance lens also speeds up chemiluminescent imaging and lowers reagent costs by reducing the amount of antibodies needed to visualize bands. The super-sensitive lens, combined with the motorized stage in the systems, captures sharp, true-to-life images, allowing researchers to resolve close chemi and fluorescent bands and visualize bright and faint bands on the same image. Since the results are optical and not just digitally enhanced, scientists can be certain the bands they detect are real, making the systems suitable for precisely quantifying DNA and proteins down to the femtogram level on a range of gels and blots.